Abstract
Angular distributions at both forward and backward angles for the 12C(15N, 14C)13N reaction were measured at the energy Elab(N15)=81 MeV for ground and exited states of 14C and 13N nuclei by detecting both particles at forward angles. Coupled-reaction-channels (CRC) calculations using spectroscopic amplitudes calculated within the translational invariant shell model (TISM) for transferring nucleons and clusters were carried out. These calculations describe the origin of the observed highly oscillatory large angle data as two neutron transfer while the less structured forward angle data is by proton transfer. Multi-step and other nucleon transfers were found to give small contributions to the current data.
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